Titlebook: Autonomic and Trusted Computing; 6th International Co Juan González Nieto,Wolfgang Reif,Jadwiga Indulska Conference proceedings 2009 Spring

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Towards an Organic Network Control Systemormance of the communication protocol strongly depends on the configuration of the protocol system, an optimal parameter set is needed to ensure the best possible system behaviour. This choice does not have a static character as the environment changes over time and the influencing factors of the op

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A Universal Self-Organization Mechanism for Role-Based Organic Computing Systemself-healing) and is therefore more dependable as e.g. some failures can be compensated. Furthermore, it is easier to maintain as it automatically configures itself and more convenient to use because of its automatic adaptation to new situations. On the other hand, design and construction of Organic

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Analyzing the Behavior of an Artificial Hormone System for Task Allocationrt of an organic middleware for mapping tasks on an heterogeneous grid of processing elements. The AHS works completely decentral - each processing cell decides for itself if it is best suited for a task and interacts with the other processing cells via ”hormone” messages. As there is no central ele

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Formal Development of Self-organising Systemsd formalisms to support the construction of properties that emerge at the system level. Such emergence, like self-∗ behaviour, relies typically on intricate inter-agent interactions. This paper shows how the top-down incremental approach of Formal Methods can be used satisfactorily in that situation